I had been searching through the net but couldn't locate any details clarify how reduced threshold voltage is fast but take in additional electric power And the way higher threshold voltage is gradual but consumes lower energy.
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* Set Each individual capacitor to some startup volt level (if possible) so it's not necessary to watch & await that capacitor to cost as many as ordinary operating voltage.
So can any individual remember to reveal how FET with very low threshold voltage has increased pace and better leakage recent although FET with high threshold will likely be gradual but reduced on ability?
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Indeed considering that in LVT threshhold voltage is low turning on from off placement will be rapidly, but How about turning from the device from on position? considering that threshhold voltage is very low (0.2V) popularsongs if the applied gate voltage is 1V it will need to drop atleast 0.8V to turn off the LVT transistor.
The problem is for my study I have to do such things as sweep voltage, frequency, load resistance etcetera. to analyse their impact on the output
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